Image: Starship
NASA / Glenn Research Center
A spaceship capable of flying to other star systems might have to rely on out-of-this-world breakthroughs in propulsion physics, such as a "warp drive" approach.
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updated 6/16/2011 4:31:46 PM ET 2011-06-16T20:31:46

A Pentagon effort to enable a human journey to the stars within 100 years aims to enlist the brainpower of science-fiction writers, ethicists and researchers. This new call for ideas covers innovations such as faster-than-light travel and life-sustaining technologies, as well as questions about who gets chosen for the starship crew and what happens if alien life turns up at the end of the journey.

This latest step for the $1 million 100 Year Starship Study would lead up to a space technology conference scheduled to take place in Orlando, Fla., from Sept. 30 through Oct. 2. The new call for papers differs from a past request for proposals about setting up the organization that would lead the charge into the future of interstellar travel.

The joint project between the Defense Advanced Research Projects Agency, or DARPA, and NASA still represents the earliest stages for considering how to create a starship. The required technologies may seem as distant now as the technologies needed to send humans to the moon seemed back in 1865, when science fiction writer Jules Verne wrote the book "From the Earth to the Moon."

"Verne couldn't have known about what was needed to go to the moon," said David Neyland, director of the Tactical Technology Office for DARPA. "That's probably where we are today in terms of the 100 Year Starship."

Future spinoffs and benefits
Despite the challenges, DARPA sees the effort as a great way to focus research on a grand vision and create useful spinoff technologies along the way, Neyland said. It also encourages big thinking, as seen in a strategic workshop held by DARPA with prominent scientists and science-fiction writers in January.

One wildly futuristic idea came from Craig Venter, the scientist who led the private team that helped accomplish the Human Genome Project. He proposed sending genomes out on the interstellar journey and allowing them to reconstruct at the end.

Many of the solutions for a self-sustaining starship also have great practical use for U.S. military operations. Breakthroughs in energy storage and production might free U.S. soldiers from the risk of protecting fuel supply convoys that bring fuel to forward bases.

"Clearly a starship would have to be energy-neutral, and would not able to stop off at a gas station along the way," Neyland said during a teleconference. [Read More: NASA Offers $200 Million for Gas Station Demo in Space]

Similarly, the technologies needed to create an ecologically balanced starship that has self-sustaining water and food supplies could help tremendously on Earth. Figuring out how to make sustainable medical supplies aboard the starship would have similar benefits for both the military and civilians.

"You can't go home to get prescriptions for antibiotics if someone gets sick," Neyland said.

Making the future happen
But big ideas won't happen without funding and long-term planning. By the end of the study in November, DARPA hopes to hand off about $500,000 of the original $1 million as seed money to a startup organization that can "carry the ball forward for us," Neyland said.

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That unknown organization may emerge from among the crowd of researchers and big thinkers who have responded to DARPA's call so far. About 150 individuals or groups already sent in responses to an earlier request for information that focused on how to create an organization that can sustain the 100 Year Starship vision. DARPA plans to issue a request for proposals on forming the organization later this summer.

Perhaps the biggest current debate comes from the question of whether the organization should be for profit or a nonprofit.

"The latter group says it should be completely philanthropic," Neyland said. "The former says that, to be self-supporting, you need to have return on investment for investors and researchers so they can bring the best to the table."

Neyland hopes that people who have a vision for such an organization will also attend the Orlando conference in September, where the big thinkers are expected to gather to discuss all the technical details and challenges of creating a starship.

Anyone with serious ideas for talks on papers or panels for the conference must submit their proposals to the 100 Year Starship Study by 2 p.m. ET on July 8.

You can follow InnovationNewsDaily senior writer Jeremy Hsu on Twitter @ScienceHsu. Follow InnovationNewsDaily on Twitter @News_Innovation, or on Facebook.

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Explainer: 10 pieces of Star Trek tech

  • Paramount Pictures

    The latest reboot of the Star Trek franchise follows the story of a young James Kirk on his way to becoming captain of the Starship Enterprise. The movie gives Trekkies a fresh dose of fictional high-tech wizardry. But is any of this possible in the real world? Click the "Next" arrow above to see how 10 pieces of Trek tech, from teleportation to warp drive, are faring here on Earth.

    -- By John Roach, MSNBC contributor

  • Teleportation: a work in progress

    Ray Strange  /  AFP via Getty Images file

    "Beam me up, Scotty!" Oh, how easy travel would be if the technology existed to disintegrate our bodies in one place and nearly instantaneously make them reappear at our destination. Unfortunately, that kind of teleportation remains firmly fixed in the realm of Star Trek fiction. However, scientists are meeting with some success as they try to teleport messages encoded in beams of light across table-length distances, such as this experiment from 2002. More recent advances include teleporting information from one trapped atom to another.

  • Tricorder-like device scans for cancer

    Boris Rubinsky et al.

    Star Trek fans know tricorders as familiar handheld devices that scan unfamiliar planets (and organisms). Real-world citizens, too, are becoming familiar with a host of futuristic gizmos that do everything from reading a critter's DNA to scanning patients for cancerous tumors, as shown in this side-by-side comparison of a fictional tricorder (left) and a medical scan of simulated breast tumor displayed on a cell phone.

  • Deflector shield envisioned for Mars missions

    Ruth Bamford And John Bradford

    A so-called deflector shield surrounds the Starship Enterprise, protecting the spacecraft and its crew from lethal doses of radiation. Lab experiments now suggest that a portable magnetic shield could protect real-life astronauts on a mission to Mars. The shield would force harmful particles to curve around the ship. The engineering details remain to be worked out, and for now, the shield protects only against particles from the solar wind. Gamma rays and X-rays would remain a threat. An artistic depiction of the technology deployed on the Enterprise is shown here.

  • U.S. Air Force develops PHaSER

    Image: PHaSER
    U.s. Air Force

    The weapon of choice for Trekkies is the phaser, a device that directs an adjustable beam of energy at its target. The phaser is capable of a range of effects, from a momentary stun to instant obliteration. The U.S. Air Force has developed its own prototype device with the Star Trek moniker PHaSER (Personal Halting and Stimulation Response). The hefty gunlike device was originally developed to blind an attacker temporarily. A second laser has since been added capable of heating up skin.

  • Holodeck tech emerging

    Tom Uhlman  /  AP

    Starfleet members seeking knowledge or fun can step into holodecks to experience an interactive virtual reality eerily close to life itself. Similar technologies are beginning to emerge in the real world, including this 3-D lab at Wright State University in Ohio, where businesses can use the technology to speed up and improve the designs of products. An energy company is using it to enhance their search for oil. Other firms are embracing advances in video and audio technology to make telepresence, or videoconferencing, more realistic. The most lifelike experiences, however, remain in science fiction.

  • Tractor beam manipulates cells on a chip

    MIT

    In Star Trek, tractor beams are used by starships and space stations to control the movement of objects usually to pull them in closer, tow them along, or push them away. Researchers at the Massachusetts Institute of Technology have used a tractor beam of light to pick up, hold and move around individual cells on the surface of a microchip. To demonstrate the technology, the researchers moved around and held in place 16 E. coli cells to spell out MIT, as shown in this image.

  • Cell phones are pretty good communicators

    Apple Inc. via AP

    Trek-style communicators are those little devices, handheld or sometimes worn as a badge, that allow Starfleet members to speak to others in different parts of the ship or different parts of a planet. Modern-day cell phones, including the iPhone shown here, just might wow even the likes of Captain Kirk.

  • Universal translators making strides

    iTRAVL

    In Star Trek, language is seldom a barrier thanks to universal translators, devices that allow people of different tongues to converse. Communication among cultures in the real world remains a challenge, but basic words and phrases are no longer stumbling blocks, thanks to gadgets such as the translator from iTRAVL shown here. Speak into the device, and it will translate the word or phrase and speak it aloud.

  • Cloaking devices coming out of hiding

    Naomi Halas, Rice University |

    Cloaking devices are rampant in science fiction, from Star Trek to Harry Potter but they are no longer confined to the imagination. Real-world scientists are creating new materials that manipulate wavelengths of light in ways that can hide objects from detection. This graphic shows the basic design of a 3-D metamaterial lined with nanocups that redirect the flow of light that hits it, making the object invisible.

  • Warp drive? Don't bet on it

    Les Bossinas  /  NASA

    The Enterprise can travel faster than light via something called warp drive — essentially, a device that warps the space-time continuum around a starship. Many scientists have batted around ideas about how to achieve blistering speeds in real life, but most experts have concluded that, at least for now, warping the fabric of space is beyond human understanding of the laws of physics. Among the difficulties is harnessing the energy required to kick-start the propulsion.

Photos: Month in Space: April 2013

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  1. The view from space

    This view from the International Space Station shows the sun heading toward the horizon over southwestern Australia on April 2, 2013. The space station's solar panels loom in the foreground. (Commander Chris Hadfield / CSA via AFP - Getty Images) Back to slideshow navigation
  2. Horsehead of a different color

    The Horsehead Nebula takes on an eerie glow in an infrared image from the Hubble Space Telescope. This picture, released April 21, marks the 23rd anniversary of the famous observatory's launch in 1990 aboard the space shuttle Discovery. (NASA / ESA / Hubble Heritage Team via EPA) Back to slideshow navigation
  3. Tight quarters

    Italian astronaut Luca Parmitano (right), NASA astronaut Karen Nyberg (left) and Russian cosmonaut Fyodor Yurchikhin get their picture taken inside a Soyuz capsule simulator during a training exercise at Russia's Star City complex outside Moscow on April 26. The three spacefliers are scheduled to head for the International Space Station in May. (Sergei Remezov / Reuters) Back to slideshow navigation
  4. Blazing sun

    This full-disk view of the sun was captured by NASA's Solar Dynamics Observatory on April 11, during the strongest solar flare yet seen in 2013. The colors reflect the intensity of emissions in extreme ultraviolet wavelengths. (NASA / SDO) Back to slideshow navigation
  5. Evil eye

    Mountain ridges near San Alberto in Mexico look like a reptilian eye in this view from the International Space Station. Canadian astronaut Chris Hadfield uses a different metaphor: "A Dali watch on an alligator wristband." The picture was taken on April 15 and shared via social media on April 25. (Commander Chris Hadfield / Canadian Space Agency) Back to slideshow navigation
  6. Russian rocket's red glare

    A Russian Soyuz rocket blasts away from its launch pad at the Baikonur Cosmodrome in Kazakhstan on March 29, sending NASA astronaut Chris Cassidy and Russian crewmates Pavel Vinogradov and Alexander Misurkin toward the International Space Station for their six-month orbital tour of duty. (Sergei Ilnitsky / EPA) Back to slideshow navigation
  7. Fun with rockets

    Children hold self-made rocket models during a show in front of the Peter and Paul Fortress in St. Petersburg, Russia, on April 14. The gathering was part of the festivities surrounding Cosmonautics Day on April 12. The Russian holiday marks the anniversary of Soviet cosmonaut Yuri Gagarin's historic spaceflight in 1961 - an occasion marked in other countries as "Yuri's Night." (Alexander Demianchuk / Reuters) Back to slideshow navigation
  8. Strokes in the Sahara

    Geological formations take on an alien look in a picture of the southern Sahara in Mauritania, taken on March 19 from the International Space Station and shared via social media on April 24. Canadian astronaut Chris Hadfield calls the scene "effortless natural art." (Commander Chris Hadfield / Canadian Space Agency) Back to slideshow navigation
  9. Stars in the cloud

    This glittering picture shows X-ray emissions from young sunlike stars in the "wing" of the Small Magellanic Cloud, a satellite galaxy associated with the larger Milky Way. The Small Magellanic Cloud lies about 180,000 light-years from Earth. In this April 4 picture, readings from the Chandra X-ray Observatory are shown in purple; visible light seen by the Hubble Space Telescope is in red, green, and blue; and infrared readings from the Spitzer Space Telescope are indicated in red. (NASA via Reuters) Back to slideshow navigation
  10. A blast on Mars

    This image from the high-resolution camera on NASA's Mars Reconnaissance Orbiter shows a relatively youthful crater with dark-rayed ejecta, plus a light-toned zone that extends beyond that ejecta. The picture was taken in 2009, but it was released along with other images from the High Resolution Imaging Science Experiment, or HiRISE, on April 3, 2013. Watch a video about the crater (NASA/JPL/University Of Arizona) Back to slideshow navigation
  11. A new rocket rises

    Orbital Sciences Corp.'s Antares rocket rises for the first time from its launch pad on April 21 at the Mid-Atlantic Regional Spaceport on Wallops Island, Va. This practice launch was aimed at testing the rocket for what's expected to be regular cargo deliveries to the International Space Station (Terry Zaperach / NASA Wallops via AP) Back to slideshow navigation
  12. Storm over the Middle East

    An image from NASA's Terra satellite shows a thick plume of dust blowing over the eastern Mediterranean Sea on April 1. The clouds spread over Israel, the West Bank, Cyprus and Turkey in a giant, counterclockwise arc. (NASA via AFP - Getty Images) Back to slideshow navigation
  13. Blue heaven

    A March 27 photo from the European Southern Observatory shows the bright open star cluster NGC 2547, as seen by the Wide Field Imager on the MPG/ESO 2.2-meter telescope at the La Silla Observatory in Chile. Many remote galaxies can be seen between the bright stars, far away in the background of the image. (ESO via AFP - Getty Images) Back to slideshow navigation
  14. Ready for a rocket ride

    Launch crew members check NASA astronaut Chris Cassidy's spacesuit just before his March 28 launch to the International Space Station. Russian cosmonauts Pavel Vinogradov and Alexander Misurkin joined Cassidy in a Soyuz capsule for a quick six-hour ride to the station. (Ramil Sitdikov / Ria Novosti / EPA) Back to slideshow navigation
  15. A supersonic leap

    Virgin Galactic's SpaceShipTwo lights up its rockets for the first time in flight on April 29. Afterward, the company said in a tweet that the pilots confirmed "SpaceShipTwo exceeded the speed of sound on today's flight!" The reported maximum velocity was Mach 1.2. Virgin Galactic plans to send paying passengers on suborbital space trips on a regular basis. (MarsScientific.com / Clay Center Observatory via EPA) Back to slideshow navigation
  16. Where stars are born

    An enormous stellar nursery known as W3 shines in infrared light, as shown in a March 27 image from the European Space Agency's Herschel space observatory. W3 lies about 6,200 light-years away in the Perseus Arm, one of the Milky Way galaxy's main spiral arms. In this image, low-mass stars are seen as tiny yellow dots embedded in cool red filaments. In contrast, high-mass stars emit intense radiation that heats up the gas and dust around them. Those hot regions are shown here in blue. (ESA via AFP - Getty Images) Back to slideshow navigation
  17. Crazy quilt

    The rugged landscape of Iytwelepenty/Davenport Murchison National Park in the Australian Outback is "crazily beautiful" when seen from outer space, Canadian astronaut Chris Hadfield says. Hadfield sent down this picture from the International Space Station on April 21. (Commander Chris Hadfield / Canadian Space Agency) Back to slideshow navigation
  18. A comet's glow

    Comet ISON takes on a fuzzy glow in an April 10 image from the Hubble Space Telescope. This picture was taken when the comet was 394 million miles from Earth, but Comet ISON is expected to get much closer. Some skywatchers hope it will become bright enough to rank as the "Comet of the Century." (J.-Y. Li (PSI) / NASA / ESA) Back to slideshow navigation
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  1. Image: Starship
    NASA / Glenn Research Center
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    A Pentagon effort to enable a human journey to t...

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    10 pieces of Star Trek tech

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    Month in Space: April 2013

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    Pentagon ramps up its '100 Year Starship' study